Which of the following sequences correctly represents the flow of electrons during photosynthesis? A) NADPH →02→CO2 B) H₂O NADPH → Calvin cycle C) NADPH chlorophyll → Calvin cycle D) H2O photosystem I→ photosystem II E) NADPH →electron transport chain → 02 Place these events in the correct order: absorption of electromagnetic radiation by chlorophyll, synthesis of sugars, utilization of carbon dioxide by Calvin cycle enzymes, synthesis of NADPH, synthesis of ATP, conversion of water into molecular oxygen. Is NADP+ oxidized or reduced during the light reactions? How do you know this? What would you expect to happen if you inactivated the NADP+ reductase?

Human Anatomy & Physiology (11th Edition)
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ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
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Chapter1: The Human Body: An Orientation
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Which of the following sequences correctly represents the flow of electrons during
photosynthesis?
A) NADPH →→02→CO₂
B) H₂O
NADPH → Calvin cycle
C) NADPH →chlorophyll → Calvin cycle
D) H₂O → photosystem I → photosystem II
E) NADPH electron transport chain → 02
Place these events in the correct order: absorption of electromagnetic radiation by chlorophyll,
synthesis of sugars, utilization of carbon dioxide by Calvin cycle enzymes, synthesis of
NADPH, synthesis of ATP, conversion of water into molecular oxygen.
Is NADP+ oxidized or reduced during the light reactions? How do you know this?
What would you expect to happen if you inactivated the NADP+ reductase?
Transcribed Image Text:Which of the following sequences correctly represents the flow of electrons during photosynthesis? A) NADPH →→02→CO₂ B) H₂O NADPH → Calvin cycle C) NADPH →chlorophyll → Calvin cycle D) H₂O → photosystem I → photosystem II E) NADPH electron transport chain → 02 Place these events in the correct order: absorption of electromagnetic radiation by chlorophyll, synthesis of sugars, utilization of carbon dioxide by Calvin cycle enzymes, synthesis of NADPH, synthesis of ATP, conversion of water into molecular oxygen. Is NADP+ oxidized or reduced during the light reactions? How do you know this? What would you expect to happen if you inactivated the NADP+ reductase?
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